Cerberus Pyrotronics NIM-R1 LifeLINK – Network Interface Module 5045

NIM 1R Network Interface Module AND ARCHITECT SPECIFICATIONS LifeLINK MXL Network Interface True Peer to Peer Communication MXL Systems Network up to 64 MXL 200,000 Point Capacity Style 4 or Style 7 Communication RS 485 RS 232 Port for Connection to Systems FSI Network Command Center Color Interface ULC Listed NYMEA of Chicago CSFM Approved NIM 1R is an MXL option module which provides full to peer communication between MXL systems MMB and their sub networks The NIM 1R plugs into a full or MOM 2 cardcage slot and communicates with the MXL via TTL logic It also provides a trunk path to network up to 64 MXL allowing a system capacity of over 200,000 input Each MXL would require a NIM 1R in this configura The communication path will support the use of pair copper or fiber optic medium The communica path can meet the requirements of either Style 4 or 7 wiring with all communication paths fully super an MXL network configuration using the NIM 1R all MXL control panels will be capable of operating a full stand alone mode during any failure of the network Any MXL remaining connected on this bus will continue to pass information and provide inter panel communication Each MXL will its own integral application programming which will the ability to recognize and act upon state changes any other MXL in the network NIM 1R also provides an RS 232 or RS 485 port for to foreign systems such as Building Manage Systems This port is bi directional and can support of the List Control and Test functions available in the The port protocol contains full data handshaking and machine friendly The information available from this port is software selectable in the MXL CSGM The NIM 1R will be capable of communicating all network information to the NCC Network Com Center and the MXL G Network Color Graphics and Architect Specifica interface to allow multiple MXL systems to communi together in a peer to peer configuration shall be a Pyrotronics NIM 1R The NIM 1R shall be capable allowing up to 64 MXL systems to pass information and complete inter panel communication In the event any failure occurs in the network communication all control panels will be capable of operating in full alone mode Each MXL will contain its own applica programming which will provide the ability to recog and act upon state changes in any other MXL in the NUMBER NIM 1R shall be capable of providing a communication that can meet the requirements of NFPA Style 4 or 7 wiring The communication path shall operate at Kbaud and will support the use of twisted pair copper or fiber optic medium NIM 1R shall be capable of communicating with an Network Command Center to provide all network information NIM 1R shall also contain a fully programmable serial port for connection to external systems as building management systems The port is bi and can support all of the list control and test available in MXL The port protocol contains full handshaking and is machine friendly The port can be to monitor the external system The information from this auxiliary port is software selectable in the CSGM program Diagram Information Voltage 5 VDC 160mA VDC 70mA VP P max 150mA max equipment is approved for operation over the tempera range of 0 and 49 Information Number Interface Module Instructions Wiring Diagram Wiring Diagram O T E S 22 AWG minimum Maximum cable length 25 feet Cable must be in rigid conduit and can not leave the room Shielded cable is not recommended Power limited to NFPA 70 per NEC 760 Maximum voltage 24V peak to peak Maximum current 20mA per circuit Pyrotronics Ridgedale Avenue Knolls NJ 07927 201 267 1300 201 397 7008 in U S A Pyrotronics East Pearce Street Hill Ontario 1B7 CN 905 764 8384 905 731 9182 1997 sheet dated 8 94